A goldonic series or golden series is a series of frequencies that form a geometric progression whose generating interval is the golden ratio (1.61803....).
Unique properties
The goldonic series is unique among geometric sequencies because only φ satisfies the equation xn-1+ xn= xn+1.
From an acoustic standpoint, the goldonic series contains some "harmonic-like" characteristics despite being inharmonic. Because each term is equal the difference between the next highest and next lowest terms, a phenomenon similar to modelocking can occur (in which each oscillator becomes entrained to the difference tone generated by its nearest-neighbors).
Also, unlike the harmonic series, the goldonic series can be in theory extended infinitely in both directions and contains no fundamental.
Unique properties
The goldonic series is unique among geometric sequencies because only φ satisfies the equation xn-1 + xn = xn+1.
From an acoustic standpoint, the goldonic series contains some "harmonic-like" characteristics despite being inharmonic. Because each term is equal the difference between the next highest and next lowest terms, a phenomenon similar to modelocking can occur (in which each oscillator becomes entrained to the difference tone generated by its nearest-neighbors).
Also, unlike the harmonic series, the goldonic series can be in theory extended infinitely in both directions and contains no fundamental.